a76c3ecae7
- BauKatalog: 12 Teile (Fundament, Boden, Wände mit Tür/Fenster/Scharte, Brüstung, Pfeiler, Giebel, Dächer, Treppe) auf Basis der CC0-Geometrie des Modular Builder 0.2.0, Wandhöhe 3 m - BuildSnap: Wände auf Zellkanten, Böden in Zellmitte, Höhe aus Ebenen statt Klickhöhe, Ersetzen (Tür in Wand) - Gebäude kopieren/auswählen/löschen im Bauen-Tab, Kopien bekommen eigene Gruppe - Kollision serverkonsistent über Trimesh-Dateien (Türen/Fenster echte Löcher), tools/gen_bauteile.gd erzeugt GLB, Kollision, Registry-Fragment - Alte gebaeude-Sektion wird beim Laden migriert, altes Bauen-Werkzeug entfernt, Resize behält Gruppennamen - Tests: test_bauen (258 Checks), Playtest läuft Treppe/Tür Co-Authored-By: Claude Sonnet 5.5 <noreply@anthropic.com>
299 lines
14 KiB
GDScript
299 lines
14 KiB
GDScript
extends SceneTree
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## Editor-Tests (headless): Karte t_f5935023 — M1 Symmetrie-Fundament.
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## Ausführen: godot --headless --path . --script res://tests/test_symmetry_core.gd
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## Exit 0 = alles grün. Läuft OHNE UI (nur SymmetryCore/SvmapIO/SvmapDocument) —
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## Toolbar/Statuszeile verifiziert der GUI-Smoke (--sym-demo kommt mit M2/M3).
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var failures := 0
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var checks := 0
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func _init() -> void:
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# user:// persistiert über Godot-Läufe — vor UND nach dem Test aufräumen
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# (Lektion aus t_5badf371: Stale-Reste maskierten sonst Verifikationen).
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_cleanup()
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_run_tests()
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_cleanup()
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if failures == 0:
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print("ALL OK: %d checks" % checks)
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quit(0)
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else:
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print("FAILED: %d/%d checks" % [failures, checks])
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quit(1)
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func _cleanup() -> void:
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for path in ["user://test_sym.svmap", "user://test_sym_legacy.svmap"]:
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if FileAccess.file_exists(path):
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DirAccess.remove_absolute(ProjectSettings.globalize_path(path))
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func _check(cond: bool, label: String) -> void:
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checks += 1
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if cond:
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print(" ok: %s" % label)
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else:
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failures += 1
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print(" FAIL: %s" % label)
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func _errors_contain(errors: Array, needle: String) -> bool:
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for e in errors:
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if str(e).contains(needle):
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return true
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return false
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func _run_tests() -> void:
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_test_modes_and_labels()
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_test_center()
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_test_mirror_point_double_identity()
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_test_mirror_rot_double_identity()
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_test_maps_to_self()
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_test_cell_mapping()
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_test_partner_link()
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_test_validator_sym()
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_test_roundtrip_with_sym()
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_test_legacy_map_unchanged()
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# ------------------------------------------------------------------ Tests ---
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func _test_modes_and_labels() -> void:
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print("== Modus-Katalog ==")
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_check(SymmetryCore.Mode.OFF == 0, "OFF = 0")
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_check(SymmetryCore.Mode.POINT == 1, "POINT = 1 (Standard, Sly 20.10.)")
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_check(SymmetryCore.Mode.AXIS_X == 2, "AXIS_X = 2")
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_check(SymmetryCore.Mode.AXIS_Z == 3, "AXIS_Z = 3")
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_check(SymmetryCore.MODE_LABELS.size() == 4, "4 Modus-Labels (Aus/Punkt/Achse X/Achse Z)")
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_check(SymmetryCore.mode_label(SymmetryCore.Mode.POINT) == "Punkt", "Label für POINT")
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_check(SymmetryCore.mode_label(9) == "Achse Z", "Unbekannter Modus clampt auf letzten Label")
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func _test_center() -> void:
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print("== Kartenmitte ==")
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var doc := SvmapDocument.create_new("SymTest", 1024.0, "mittag")
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var c := SymmetryCore.map_center(doc)
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_check(c.is_zero_approx(), "Zentrierte Map: Mitte = (0, 0) (bounds ±size/2)")
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# Fehlende bounds → Fallback (0, 0), kein Crash.
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_check(SymmetryCore.map_center({}).is_zero_approx(), "Defektes doc → Mitte (0, 0), kein Crash")
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# Asymmetrische bounds: Mitte = (min + max) / 2.
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var doc2 := doc.duplicate(true)
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doc2["bounds"] = {"min": [-100.0, -10.0, -50.0], "max": [300.0, 80.0, 50.0]}
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var c2 := SymmetryCore.map_center(doc2)
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_check(absf(c2.x - 100.0) < 0.001 and absf(c2.y - 0.0) < 0.001,
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"Asymmetrische bounds: Mitte (100, 0) korrekt")
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func _test_mirror_point_double_identity() -> void:
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print("== Zweimal spiegeln = Ausgangslage (Position, alle 3 Modi) ==")
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var doc := SvmapDocument.create_new("SymTest", 1024.0, "mittag")
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var center := SymmetryCore.map_center(doc)
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var probe: Vector3 = Vector3(123.5, 42.0, -77.25)
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for mode in [SymmetryCore.Mode.POINT, SymmetryCore.Mode.AXIS_X, SymmetryCore.Mode.AXIS_Z]:
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var once := SymmetryCore.mirror_point(mode, probe, center)
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var twice := SymmetryCore.mirror_point(mode, once, center)
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_check(twice.distance_to(probe) < 0.0001,
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"Modus %s: mirror(mirror(p)) == p (p=%s)" % [SymmetryCore.mode_label(mode), probe])
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_check(absf(once.y - probe.y) < 0.0001,
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"Modus %s: y bleibt unverändert" % SymmetryCore.mode_label(mode))
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# Mitte bleibt Mitte (Punktspiegelung).
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var mid := Vector3(0.0, 5.0, 0.0)
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var mid_m := SymmetryCore.mirror_point(SymmetryCore.Mode.POINT, mid, center)
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_check(mid_m.distance_to(mid) < 0.0001, "Mitte bleibt unter Punktspiegelung fix")
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# Achse X: z unverändert; Achse Z: x unverändert.
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var px := SymmetryCore.mirror_point(SymmetryCore.Mode.AXIS_X, probe, center)
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_check(absf(px.z - probe.z) < 0.0001, "Achse X: z unverändert")
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var pz := SymmetryCore.mirror_point(SymmetryCore.Mode.AXIS_Z, probe, center)
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_check(absf(pz.x - probe.x) < 0.0001, "Achse Z: x unverändert")
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# OFF = Identität.
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_check(SymmetryCore.mirror_point(SymmetryCore.Mode.OFF, probe, center).distance_to(probe) < 0.0001,
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"OFF: Position unverändert")
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func _test_mirror_rot_double_identity() -> void:
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print("== Zweimal spiegeln = Ausgangslage (Drehung, modulo 360) ==")
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var rots := [0.0, 45.0, 90.0, 179.0, -90.0, 359.0, -359.0]
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for mode in [SymmetryCore.Mode.POINT, SymmetryCore.Mode.AXIS_X, SymmetryCore.Mode.AXIS_Z]:
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for r in rots:
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var r_in: float = r
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var once := SymmetryCore.mirror_rot_y(mode, r_in)
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var twice := SymmetryCore.mirror_rot_y(mode, once)
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var diff: float = absf(fposmod(twice - r_in + 180.0, 360.0) - 180.0)
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_check(diff < 0.0001, "Modus %s: rot %.1f → zweimal → gleich (mod 360)" % [
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SymmetryCore.mode_label(mode), r_in])
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# Einzelfälle laut Spec: Punkt 0° → 180°, Achse 90° → −90° (≡ 270°).
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_check(absf(SymmetryCore.mirror_rot_y(SymmetryCore.Mode.POINT, 0.0) - 180.0) < 0.0001,
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"Spec: Punkt 0° → 180°")
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_check(absf(fposmod(SymmetryCore.mirror_rot_y(SymmetryCore.Mode.AXIS_X, 90.0) + 90.0, 360.0)) < 0.0001,
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"Spec: Achse X 90° → −90° (≡ 270°)")
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_check(absf(SymmetryCore.mirror_rot_y(SymmetryCore.Mode.OFF, 42.0) - 42.0) < 0.0001,
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"OFF: Drehung unverändert")
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func _test_maps_to_self() -> void:
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print("== Achse/Zentrum: nicht gedoppelt ==")
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var center := Vector2.ZERO
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_check(SymmetryCore.maps_to_self(SymmetryCore.Mode.POINT, Vector3(0.01, 5.0, 0.01), center),
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"Punkt: Zentrum (±0.01 m) → maps_to_self")
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_check(not SymmetryCore.maps_to_self(SymmetryCore.Mode.POINT, Vector3(10.0, 5.0, 0.0), center),
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"Punkt: 10 m neben der Mitte → wird gedoppelt")
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_check(SymmetryCore.maps_to_self(SymmetryCore.Mode.AXIS_X, Vector3(0.0, 5.0, 123.0), center),
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"Achse X: auf der Achse (x = 0) → maps_to_self")
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_check(not SymmetryCore.maps_to_self(SymmetryCore.Mode.AXIS_X, Vector3(7.0, 5.0, 123.0), center),
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"Achse X: 7 m neben der Achse → wird gedoppelt")
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_check(SymmetryCore.maps_to_self(SymmetryCore.Mode.AXIS_Z, Vector3(5.0, 5.0, 0.0), center),
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"Achse Z: auf der Achse (z = 0) → maps_to_self")
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_check(SymmetryCore.maps_to_self(SymmetryCore.Mode.OFF, Vector3(9.0, 5.0, 9.0), center),
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"OFF: nichts wird gedoppelt → maps_to_self")
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func _test_cell_mapping() -> void:
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print("== Zell-Abbildung (Terrain-Raster) ==")
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var res := 9
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# Punkt: (i,j) → (res−1−i, res−1−j); zweimal = Ausgangszelle.
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var c := SymmetryCore.mirror_cell(SymmetryCore.Mode.POINT, 2, 7, res)
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_check(c == Vector2i(6, 1), "Punkt: (2,7) → (6,1) bei res=9")
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_check(SymmetryCore.mirror_cell(SymmetryCore.Mode.POINT, c.x, c.y, res) == Vector2i(2, 7),
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"Punkt: zweimal spiegeln = Ausgangszelle")
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# Achse X: nur i spiegelt; Achse Z: nur j spiegelt.
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_check(SymmetryCore.mirror_cell(SymmetryCore.Mode.AXIS_X, 2, 7, res) == Vector2i(6, 7),
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"Achse X: (2,7) → (6,7)")
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_check(SymmetryCore.mirror_cell(SymmetryCore.Mode.AXIS_Z, 2, 7, res) == Vector2i(2, 1),
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"Achse Z: (2,7) → (2,1)")
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# Rastermitte (ungerade res): mittlere Zelle bleibt fix.
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var mid_i := (res - 1) / 2
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_check(SymmetryCore.mirror_cell(SymmetryCore.Mode.POINT, mid_i, mid_i, res) == Vector2i(mid_i, mid_i),
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"Rastermitte (ungerade res) bleibt unter Punktspiegelung fix")
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_check(SymmetryCore.mirror_cell(SymmetryCore.Mode.AXIS_X, mid_i, 3, res) == Vector2i(mid_i, 3),
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"Achse X: Mittelspalte bleibt fix")
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_check(SymmetryCore.mirror_cell(SymmetryCore.Mode.AXIS_Z, 3, mid_i, res) == Vector2i(3, mid_i),
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"Achse Z: Mittelzeile bleibt fix")
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# Gerade res: keine fixe Zelle.
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_check(SymmetryCore.mirror_cell(SymmetryCore.Mode.POINT, 3, 3, 8) == Vector2i(4, 4),
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"Gerade res=8: (3,3) → (4,4)")
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# OFF + Degenerate (res < 2) → unverändert, kein Crash.
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_check(SymmetryCore.mirror_cell(SymmetryCore.Mode.OFF, 1, 2, 9) == Vector2i(1, 2), "OFF: Zelle unverändert")
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_check(SymmetryCore.mirror_cell(SymmetryCore.Mode.POINT, 0, 0, 1) == Vector2i(0, 0),
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"res=1: Degenerate-Fall, kein Crash")
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_check(SymmetryCore.mirror_cell(SymmetryCore.Mode.POINT, 0, 0, 0) == Vector2i(0, 0),
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"res=0: Degenerate-Fall, kein Crash")
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func _test_partner_link() -> void:
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print("== Partner-Link (sym-Feld) ==")
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var obj := {"id": "baum", "pos": [1.0, 0.0, 2.0], "rot_y_deg": 0.0}
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_check(SymmetryCore.sym_of(obj) == "", "Objekt ohne sym → leere Kennung")
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_check(SymmetryCore.sym_of({"id": "x", "sym": 42}) == "", "Defektes sym (Zahl) → leer, kein Crash")
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var key := SymmetryCore.next_sym_key({"objects": []})
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_check(key == "sym_1", "Erste freie Kennung = sym_1")
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SymmetryCore.set_sym(obj, key)
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_check(SymmetryCore.sym_of(obj) == key, "set_sym setzt die Kennung")
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_check(obj.has("sym"), "sym-Feld vorhanden")
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SymmetryCore.clear_sym(obj)
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_check(not obj.has("sym"), "clear_sym entfernt das Feld komplett (wie alte Karten)")
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var doc := {"objects": [
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{"id": "a", "pos": [0.0, 0.0, 0.0], "sym": "sym_1"},
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{"id": "b", "pos": [0.0, 0.0, 0.0]},
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{"id": "c", "pos": [0.0, 0.0, 0.0], "sym": "sym_2"},
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{"id": "bau_wand", "pos": [0.0, 0.0, 0.0], "sym": "sym_3"},
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]}
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_check(SymmetryCore.next_sym_key(doc) == "sym_4",
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"next_sym_key überspringt belegte Kennungen (Bauteile sind normale Objekte)")
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_check(SymmetryCore.find_partner_index(doc["objects"], "sym_2") == 2,
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"find_partner_index findet den Partner")
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_check(SymmetryCore.find_partner_index(doc["objects"], "sym_2", 2) == -1,
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"find_partner_index schließt den Index selbst aus")
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_check(SymmetryCore.find_partner_index(doc["objects"], "sym_3") == 3,
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"find_partner_index findet auch Bauteile")
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_check(SymmetryCore.find_partner_index(doc["objects"], "") == -1,
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"Leere Kennung → kein Partner")
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func _test_validator_sym() -> void:
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print("== Validator V16 (sym-Feld an Objekten) ==")
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var doc := SvmapDocument.create_new("SymTest", 1024.0, "mittag")
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doc["objects"] = [{
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"id": "air_defense_001", "pos": [100.0, 0.0, 100.0], "rot_y_deg": 0.0, "scale": 1.0,
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"sym": "sym_1",
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}]
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var errors := SvmapIO._validate_core(doc)
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_check(errors.is_empty(), "Objekt mit gültiger sym-Kennung → keine Fehler (%s)" % [str(errors)])
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# sym = kein String → V16.
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doc["objects"][0]["sym"] = 42
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errors = SvmapIO._validate_core(doc)
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_check(_errors_contain(errors, "V16") and _errors_contain(errors, "muss ein String sein"),
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"sym als Zahl → V16 'muss ein String sein'")
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# sym leer → V16.
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doc["objects"][0]["sym"] = " "
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errors = SvmapIO._validate_core(doc)
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_check(_errors_contain(errors, "V16") and _errors_contain(errors, "nicht leer"),
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"sym leer/Whitespace → V16 'darf nicht leer sein'")
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# sym zu lang → V16.
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doc["objects"][0]["sym"] = "s".repeat(SvmapIO.SYM_KEY_MAX_LEN + 1)
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errors = SvmapIO._validate_core(doc)
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_check(_errors_contain(errors, "V16") and _errors_contain(errors, "länger"),
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"sym > %d Zeichen → V16" % SvmapIO.SYM_KEY_MAX_LEN)
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# Drei Objekte mit derselben Kennung → V16 (Paar = genau 2).
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doc["objects"] = [
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{"id": "air_defense_001", "pos": [100.0, 0.0, 100.0], "rot_y_deg": 0.0, "scale": 1.0, "sym": "sym_9"},
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{"id": "air_defense_001", "pos": [-100.0, 0.0, -100.0], "rot_y_deg": 0.0, "scale": 1.0, "sym": "sym_9"},
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{"id": "air_defense_001", "pos": [0.0, 0.0, 100.0], "rot_y_deg": 0.0, "scale": 1.0, "sym": "sym_9"},
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]
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errors = SvmapIO._validate_core(doc)
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_check(_errors_contain(errors, "V16") and _errors_contain(errors, "genau 2"),
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"3 Objekte mit gleicher Kennung → V16 'genau 2'")
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# Zwei Objekte (echtes Paar) → ok.
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doc["objects"].remove_at(2)
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errors = SvmapIO._validate_core(doc)
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_check(errors.is_empty(), "2 Objekte mit gleicher Kennung (Paar) → keine Fehler")
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func _test_roundtrip_with_sym() -> void:
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print("== Roundtrip: speichern → laden → sym bleibt ==")
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var doc := SvmapDocument.create_new("SymRT", 1024.0, "abend")
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doc["objects"] = [
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{"id": "air_defense_001", "pos": [100.0, 0.0, 100.0], "rot_y_deg": 45.0, "scale": 1.0, "sym": "sym_1"},
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{"id": "air_defense_001", "pos": [-100.0, 0.0, -100.0], "rot_y_deg": 225.0, "scale": 1.0, "sym": "sym_1"},
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]
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doc["gebaeude"] = [
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{"id": "wand", "pos": [2.0, 0.0, 4.0], "rot": 90.0, "punkte": [], "sym": "sym_2"},
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{"id": "wand", "pos": [-2.0, 0.0, -4.0], "rot": 270.0, "punkte": [], "sym": "sym_2"},
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]
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var save := SvmapIO.save_to_file("user://test_sym.svmap", doc)
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_check(save["ok"], "save_to_file mit sym ok: %s" % str(save["errors"]))
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var load := SvmapIO.load_from_file("user://test_sym.svmap")
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_check(load["ok"], "load_from_file mit sym ok: %s" % str(load["errors"]))
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var doc2: Dictionary = load["data"]
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_check((doc2["objects"] as Array).size() == 2, "2 Objekte im Roundtrip")
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_check(str(doc2["objects"][0]["sym"]) == "sym_1", "Objekt-sym im Roundtrip erhalten")
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_check(str(doc2["objects"][1]["sym"]) == "sym_1", "Partner-sym im Roundtrip erhalten")
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_check((doc2["gebaeude"] as Array).size() == 2, "2 Bau-Teile im Roundtrip")
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_check(str(doc2["gebaeude"][0]["sym"]) == "sym_2", "Bau-Teil-sym im Roundtrip erhalten")
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# Re-Save → byte-identisch (Kanonisierung stabil).
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var save2 := SvmapIO.save_to_file("user://test_sym2.svmap", doc2)
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_check(save2["ok"], "Re-Save ok")
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var t1 := FileAccess.get_file_as_string("user://test_sym.svmap")
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var t2 := FileAccess.get_file_as_string("user://test_sym2.svmap")
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_check(t1 == t2, "Re-Save ist byte-identisch (Prüfsumme über sym stabil)")
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func _test_legacy_map_unchanged() -> void:
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print("== Alte Karte (ohne sym) lädt unverändert ==")
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var doc := SvmapDocument.create_new("Legacy", 512.0, "nacht")
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doc["objects"] = [
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{"id": "air_defense_001", "pos": [50.0, 0.0, 50.0], "rot_y_deg": 10.0, "scale": 1.0},
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]
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var save := SvmapIO.save_to_file("user://test_sym_legacy.svmap", doc)
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_check(save["ok"], "Legacy-save ok: %s" % str(save["errors"]))
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var legacy_text := FileAccess.get_file_as_string("user://test_sym_legacy.svmap")
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var load := SvmapIO.load_from_file("user://test_sym_legacy.svmap")
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_check(load["ok"], "Legacy-load ok")
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var doc2: Dictionary = load["data"]
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_check((doc2["objects"] as Array).size() == 1, "Legacy: 1 Objekt")
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_check(not doc2["objects"][0].has("sym"), "Legacy: kein sym-Feld entstanden")
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# Roundtrip byte-identisch → alte Karten speichern sich unverändert weiter.
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var save2 := SvmapIO.save_to_file("user://test_sym_legacy2.svmap", doc2)
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_check(save2["ok"], "Legacy re-save ok")
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||
var text2 := FileAccess.get_file_as_string("user://test_sym_legacy2.svmap")
|
||
_check(legacy_text == text2, "Legacy: speichern→laden→speichern byte-identisch")
|